Article
Open Access
Elastic shape memory effect in In-Pb alloys in the temperature range 0.48–180 K
-
V. Natsik
,
L. Fomenko
Published/Copyright:
June 1, 2003
Published Online: 2003-6-1
Published in Print: 2003-6-1
© 2003 Versita Warsaw
Articles in the same Issue
- The effective absorption cross-section of thermal neutrons in a medium containing strongly or weakly absorbing centres
- Elastic shape memory effect in In-Pb alloys in the temperature range 0.48–180 K
- Higher harmonics in the voltage on a superconducting wire carrying AC electrical current
- On the lyman problem
- The characteristic X-ray spectra of free atoms of metals
- Entanglement in the second quantization formalism
- Oscillator rule of the trap activation energies in NaCl crystals
- Decoherence within a single atom
- A thermodynamic approach to mechanical stability of nanosized particles
- Nematic ordering problem as the polymer problem of the excluded volume
Keywords for this article
In-Pb alloys;
pseudoelasticity;
pseudotwinning;
mechanical hysteresis parameters;
concentration dependence;
62.20.-x;
62.20.Fe
Creative Commons
BY-NC-ND 3.0
Articles in the same Issue
- The effective absorption cross-section of thermal neutrons in a medium containing strongly or weakly absorbing centres
- Elastic shape memory effect in In-Pb alloys in the temperature range 0.48–180 K
- Higher harmonics in the voltage on a superconducting wire carrying AC electrical current
- On the lyman problem
- The characteristic X-ray spectra of free atoms of metals
- Entanglement in the second quantization formalism
- Oscillator rule of the trap activation energies in NaCl crystals
- Decoherence within a single atom
- A thermodynamic approach to mechanical stability of nanosized particles
- Nematic ordering problem as the polymer problem of the excluded volume
